AI-Powered Stroke Imaging

NCCT

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Brainomix 360 Stroke laptop interface
The Most Advanced and Clinically Validated
Stroke AI Platform
Explore Key Features
Smartphone showing Brainomix app with brain CT scan highlighting ischemic stroke regions and volumetric data.
Modality: NCCT
Flags, measures and outlines intracranial haemorrhage and large vessel occlusions
CT brain scan on phone screen showing red and yellow outlines indicating suspected LVO in left brain hemisphere.
Modality: NCCT
Outlines suspected occlusions in blue, and measures.
CT brain scan on phone screen showing red and yellow outlines indicating suspected LVO in left brain hemisphere.
Modality: NCCT
Automated quantification of collaterals
CT brain scan on phone screen showing red and yellow outlines indicating suspected LVO in left brain hemisphere.
Modality: NCCT
Automated measure of ischemic core, voxel-by-voxel measurement
CT brain scan on phone screen showing red and yellow outlines indicating suspected LVO in left brain hemisphere.
Modality: NCCT
Provides a standardized quantitative measure of CT hypodensity
Explore Key Features
Mobile screen showing brain vessel CTA scan with a suspected LVO highlighted in red circle on the right side.
Modality: CTA
Detects large vessel occlusions (ICA and M1)
Mobile screen showing brain vessel CTA scan with a suspected LVO highlighted in red circle on the right side.
Modality: CTA
Shows collateral deficit in orange and quantifies.
Mobile screen showing brain vessel CTA scan with a suspected LVO highlighted in red circle on the right side.
Modality: CTA
Automated quantification of collaterals
Mobile screen showing brain vessel CTA scan with a suspected LVO highlighted in red circle on the right side.
Modality: CTA
Axial, coronal, and sagittal views
Axial brain MRI scan showing an area of orange-highlighted abnormality on the right hemisphere.
Modality: NCCT, MRI
Automated measure of edema/swelling
Explore Key Features
Brain imaging scans with color-coded maps and graphs showing cerebral blood flow, volume, and Tmax on phone screen.
Modality: CTP
CBF, Tmax, and more
Brain imaging scans with color-coded maps and graphs showing cerebral blood flow, volume, and Tmax on phone screen.
Modality: CTP
Core and penumbra mismatch
Brain imaging scans with color-coded maps and graphs showing cerebral blood flow, volume, and Tmax on phone screen.
Modality: CTP
Mismatch volume and core volume per side
Brain imaging scans with color-coded maps and graphs showing cerebral blood flow, volume, and Tmax on phone screen.
Modality: CTP
Corrects for patient movement
Brain imaging scans with color-coded maps and graphs showing cerebral blood flow, volume, and Tmax on phone screen.
Modality: CTP
AIF and VOF reference curves
Explore Key Features
Smartphone display showing brain MRI scan with highlighted pink area indicating abnormality.
Modality: MRI
Maps perfusion mismatch automatically
Smartphone display showing brain MRI scan with highlighted pink area indicating abnormality.
Modality: MRI
Assesses late-window eligibility
Smartphone display showing brain MRI scan with highlighted pink area indicating abnormality.
Modality: MRI
Corrects for patient movement
Smartphone display showing brain MRI scan with highlighted pink area indicating abnormality.
Modality: MRI
Multiple perfusion parameters mapped
Net Water Uptake
This first-of-its-kind capability provides a standardized, quantitative measure of CT hypodensity. Net water uptake has been associated in the literature with severity of tissue injury and clinical outcomes in acute ischemic stroke.
Read the Evidence
Brainomix app showing NCCT results for patient William Parry with suspect LVO and ASPECTS score 7 data.
Real-World Impact

100%

Increase in mechanical thrombectomy treatment rates¹

64 min

Reduction in door-in-door-out time at primary stroke units

More patients achieving functional independence at 90 days

Nagaratnam K, Neuhaus A, Fensome L et al.Artificial intelligence imaging decision support for acute stroke treatment in England: a prospective observational studyThe Lancet Digital Health, 2025; 7

Built to Fit the Way You Work.
01
Scan Acquired
Routine NCCT scan is acquired at your hospital, from there it's sent automatically to Brainomix.
Automated processing
Results within 60 seconds
No manual steps
AI-powered analysis
02
Results Delivered
Results are delivered directly to clinicians via PACS, mobile app, email, or web UI within minutes of the scan being acquired.
PACS integration
Mobile app
Email notification
03
Review and Act
See How We Can Transform Your Stroke Pathway.
Get in Touch
Hands holding a smartphone displaying a brain scan with red and yellow highlighted areas in a medical app.
Unlocking expert-level insights from the scans you already have.

Core volume assessment from NCCT may assist clinical assessment in settings where CTP or MRI is not readily available.

Validated by leading US stroke centres including Broward Health and UCSF.
Request A Demo
Brain CT scan on phone screen shows suspected LVO stroke with ASPECTS score 7 and volume measurements.
Brainomix 360 Stroke Mobile
Connecting Networks to Facilitate Faster Treatment
The Brainomix 360 Mobile app gives physicians across a stroke network quick, secure access to AI-powered scan results wherever they are. Designed to reduce the workstation bottleneck and keep clinical teams connected when every minute counts.
View AI-processed scan results including pseudonymized patient data from any iOS or Android device, or via web browser.
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Signal patient eligibility for thrombectomy with a single swipe using the GO button, instantly notifying the relevant clinical team across your network.
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Coordinate care for each case directly from the app with secure messaging and calling, keeping spoke and hub teams connected.
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Review scans with PACS-level control from any device, with dynamic multiplanar reconstructions, adjustable slab thickness, and windowing.
Learn More
Mobile app screen showing brain scan images and analysis results for patient William Parry.

Ready to transform stroke care?

Be part of the growing global network of hospitals using Brainomix 360 Stroke.